Oscar M. T. Chadney

Heterogeneous single-cell dynamics support stable population codes for objects in the mouse anterior cingulate cortex

The paper shows that the mouse anterior cingulate cortex uses dynamic single-cell activity to maintain stable population codes for object locations across repeated experiences.

The emergence of a novel CA1 spatial map requires direct entorhinal input

The paper shows that direct entorhinal input is crucial for CA1 remapping in novel environments, enabling spatial map reorganization.

Reproducible and predictable reorganization of place fields driven by grid subfield rate changes

The paper shows that artificial remapping of place fields is reproducible and predictable based on grid subfield rate changes in the entorhinal-hippocampal system.

Direct Entorhinal Control of CA1 Temporal Coding

This study inhibits direct entorhinal inputs to CA1 and finds that theta phase precession is abolished but theta sequences are strengthened, suggesting entorhinal inputs drive learning rather than sequence generation.